The iPin Pro Seamlessly Attains Measurements Using Your Smartphone
Michael Hemsworth — June 16, 2018 — Tech
References: ipinlaser & yankodesign
Consumers are looking to their smartphone for assistance more than ever when it comes to common everyday tasks like design, which has brands responding with new products like the iPin Pro. Developed to work seamlessly with your smartphone and the integrated camera, the device works by utilizing laser ranging technology to measure a wide array of different areas and surfaces without the need for manual readings. This data can then be used by designers for creating customized installations or decor, while also being an architect's best friend for taking measurements that are precise, customized and accurate.
The iPin Pro captures all of the data to the accompanying smartphone app that can be used in a multitude of different ways for small projects or larger jobs.
The iPin Pro captures all of the data to the accompanying smartphone app that can be used in a multitude of different ways for small projects or larger jobs.
Trend Themes
1. Smartphone-driven Design - The use of smartphones for everyday tasks like design is increasing, creating opportunities for new products like the iPin Pro.
2. Laser Range Measurements - Laser ranging technology is being utilized to create devices like the iPin Pro for precise and accurate measurements.
3. Customized Installations - The data captured by the iPin Pro can be used to create customized installations and decor, representing an innovative opportunity for interior designers.
Industry Implications
1. Design and Architecture - The iPin Pro can be a game-changer for designers and architects who need precise, customized measurements.
2. Home Improvement - Home improvement industry can use laser range measurement technology like the iPin Pro to provide consumers with accurate measurements for home projects, from shelving to tile installs.
3. Construction - The iPin Pro can be used in construction for taking precise measurements, estimating quantities for materials, and can replace conventional measuring tapes, leading to more efficient and accurate projects.
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